Teresa Wide Leg Ankle Jeans In Petite - Vintage White
The Teresa Wide Leg Ankle Jeans in Petite with Front Seams by NYDJ have a lighthearted, on-trend silhouette that's fun to pair with sandals. A wide leg opening adds drama, while vertical front seaming elongates and flatters. Lift Tuck® Technology, featuring a proprietary slimming panel with a patented criss-cross design, smooths and sculpts curves. Finished with a zip fly, button closure, front welt pockets, back patch pockets and deep hems. This jean is made with earth-friendly methods that result in reduced consumption of water, chemicals and/or energy.
Product Information
Product Information
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Shipping & Returns
Teresa Wide Leg Ankle Jeans In Petite - Vintage White
Teresa Wide Leg Ankle Jeans In Petite - Vintage White
The Teresa Wide Leg Ankle Jeans in Petite with Front Seams by NYDJ have a lighthearted, on-trend silhouette that's fun to pair with sandals. A wide leg opening adds drama, while vertical front seaming elongates and flatters. Lift Tuck® Technology, featuring a proprietary slimming panel with a patented criss-cross design, smooths and sculpts curves. Finished with a zip fly, button closure, front welt pockets, back patch pockets and deep hems. This jean is made with earth-friendly methods that result in reduced consumption of water, chemicals and/or energy.
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From $51.90
Original: $173.00
-70%Teresa Wide Leg Ankle Jeans In Petite - Vintage White—
$173.00
$51.90Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
The Teresa Wide Leg Ankle Jeans in Petite with Front Seams by NYDJ have a lighthearted, on-trend silhouette that's fun to pair with sandals. A wide leg opening adds drama, while vertical front seaming elongates and flatters. Lift Tuck® Technology, featuring a proprietary slimming panel with a patented criss-cross design, smooths and sculpts curves. Finished with a zip fly, button closure, front welt pockets, back patch pockets and deep hems. This jean is made with earth-friendly methods that result in reduced consumption of water, chemicals and/or energy.
